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BNB SMART CHAIN INFRASTRUCTURE

The Low-latency Infra BSC Builders Trust

Low-latency streams and transaction paths for bots, searchers, wallets, DEXs, and infrastructure teams.

One path from signal to execution

Combine early pending data, confirmed blocks, synchronized node state, and faster public transaction propagation.

Public Mempool

Receive publicly propagating pending transactions over gRPC before ordinary node feeds in most comparable samples.

>99% lead rate in every tested region

NewBlocks

Consume the latest block header, confirmed transactions, and next-validator information through a regional stream.

100% lead rate in three tested regions

Full Node Synchronization

Connect your own BSC full node to BlockRazor relays for earlier block and world-state synchronization.

98.64%+ lead rate across four regions

Broadcast Tx

Send single or batched public transactions without adding a tip to the transaction itself.

85.1%-97.9% total lead rate in testing

BSC performance against bloXroute

A like-for-like benchmark compares BlockRazor and bloXroute across Node Stream, Block Stream, mempool monitoring, and public transaction submission in four matched regions.

Read the BlockRazor vs bloXroute benchmark
Benchmark categories led4/4BlockRazor led in every tested region
Compared regions4Matched client locations
Mempool coverage99.46%+Across all four regions
Public transaction race win rate93.73%747 of 797 valid pairs

Built around the trading loop

Use the signal, state, and submission layers independently or combine them in one latency-sensitive workflow.

Observe

Public Mempool and NewBlocks

Evaluate

Fresh local node state

Execute

Broadcast Tx or BSC RPC

Explore the trading bot workflow

BSC infrastructure FAQ

01Which BSC services fit a latency-sensitive trading bot?

Use Public Mempool for pending signals, NewBlocks for confirmation data, and Full Node Synchronization when the strategy needs fresher local state. Complete the path with Broadcast Tx for public propagation or BSC RPC and Builder products when private or builder-aligned execution is required.

02How can I reduce BSC node state-synchronization latency?

Connect your own BSC full node to the nearest BlockRazor Full Node Synchronization relay so it can receive blocks and update world state earlier. If the application only needs block signals rather than complete local state, use NewBlocks instead, and validate both first-arrival and state-ready time from the production region.

03Does Broadcast Tx provide MEV protection?

No. Broadcast Tx enters public propagation and focuses on lower-latency sending without an added tip. Use BlockRazor BSC RPC or another private path when MEV protection is required.

04How is NewBlocks different from Full Node Synchronization?

NewBlocks pushes structured block data to an application. Full Node Synchronization connects your own BSC full node to BlockRazor relays so the node can update blocks and world state earlier.

05Where are the BSC regional relays?

Current documentation lists Dublin, Frankfurt, Tokyo, and Virginia. Choose the endpoint closest to the application or node deployment and validate it against your production traffic.

Build your BSC low-latency workflow

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